Аннотация
I wrote this book to be the ultimate guide for programming a quantum computer in the cloud. Thanks to the good folks at IBM Research, this is now possible. IBM has made their prototype quantum rig (known as the IBM Q Experience) available not only for research but for individuals in general interested in this field of computing.
Quantum computing is gaining traction, and now is the time to learn to program these machines. In years to come, the first commercial quantum computers should be available, and they promise significant computational speedups compared to classical computers. Consider the following graph showing the time complexities for two large integer factorization algorithms: the best classical algorithm, the Number Field Sieve, vs.
the quantum factorization algorithm developed by Peter Shor.
![Low-Level Programming [C, Assembly, and Program Execution on Intel® 64 Architecture]](https://www.rulit.me/data/programs/images/low-level-programming-c-assembly-and-program-execution-on-in_607209.jpg "This book aims to help you develop a consistent vision of the domain of low-level programming. We want to enable a careful reader to • Freely write in assembly language.
• Understand the Intel 64 programming model.
• Write maintainable and robust code in C11.
• Understand the compilation...")
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